Natperi Patches

Synthetic Periosteum Membrane Substitute

Synthetic Periosteum Electrospun Formulated Strong & Flexible

Natperi Patches are an advanced biomimetic material engineered to replicate the natural regenerative and protective functions of the human periosteum. It offers high mechanical strength, flexibility, and controlled degradability for orthopedic, dental, and trauma surgeries.

Natperi Patches

Description

Natperi Patches are an advanced biomimetic material engineered to replicate the natural regenerative and protective functions of the human periosteum. It offers high mechanical strength, flexibility, and controlled degradability for orthopedic, dental, and trauma surgeries.

Available Sizes
  • 5 cm x 5 cm 150,000 PKR

Advanced Bone Regeneration Applications


Bone Graft Wrap

Wraps around loose bone fillers to secure them and guide bone formation.

Orthopedic Surgeries

Enhances healing of fractured long bones and complex skeletal repairs.

Dental GBR

Guided bone regeneration and alveolar ridge preservation before implants.

Trauma Reconstruction

Immediate periosteal substitute for severe compound fractures.

Spinal Fusion Support

Provides structural support and tissue isolation during spinal cage placements.

Craniofacial Repairs

Reconstruction of thin cranial bones and facial bone cavities.

Technology Status & Commercialization

Status: Ready for Technology transfer and Commercialization. DRAP Class III approvals and clinical trials required for medical application.

Business Potential

High Value Market

Replaces expensive imported GBR membranes costing over PKR 150k per patch.

Market Size Growth

Global market projected to grow from USD 104M to USD 242M by 2029 at 10% CAGR.

Start-up Focus

High commercialization potential for local biomedical start-ups.

Mimics Natural Periosteum Controlled Bio-Degradability Suturable & Adaptable

Principal Investigator

Dr. Hamad Khalid

Associate Professor
Member of Soft Tissue Research Group

IRCBM - CUI Lahore Campus

hamadkhalid@cuilahore.edu.pk

Research Group